A modified MacBuilt, Macron 14 actuator with two carts features a dual action centering drive based upon attachments to belt locations on either sides of the actuator.
A low cost dispensing gantry with stepper motors was made from four Macron PSC belt drive actuators and a commercial screw actuator.
Macron's MSA-PSC belt driven actuator was recently used for a unique application at the boardwalk - a balloon scale. See how it works.
We showcased a few different applications for the Linear Robotics Automate 2015 including a Mac-in-a-Box, T-Bot, High Speed H-Bot Gantry, and more.
Macron's MSA-M6S belt driven actuator provides the shuttle motion for a commercial product's automated assembly machine.
Macron Dynamics pilot T-Bot robotic pick and place system demonstrates the long stroke lengths possible with a single belt robot.
Macron Dynamics recently worked with USA to build a dynamic wall entryway for the Museum of Mathematics in NYC.
Our high speed, high performance X/Y H-Bot linear robot is constructed of a simple design, a single belt driving both axes.
Students at NC State recently engineered a system to assist weight lifters. The lifting partner was programmed to initiate new exercise sets and wait for a struggle during the tracking portion, to prevent athletes dropping heavy weights on themselves.
Students at NC State recently engineered a system to assist weight lifters. The lifting partner was programmed to initiate new exercise sets and wait for a struggle during the tracking portion, to prevent athletes dropping heavy weights on themselves.
Macron's hollow input / output planetary gear reducers are designed to seamlessly fit your linear robot with minimal maintenance, while providing precise shaft alignment to extend the life of your Macron system.
Macron 14 belt drive actuators provided the precision necessary for high duty cycle pick and place common in this high density storage system.
The Macron 6 and Mini 628 are belt driven actuators which can be combined to make virtually any size table top 2 axis positioning tables.
This belt driven robot transfer unit demonstrates the Macron Belt Drive Rail actuator's ability to hold a repeatability tolerance of +/- .001" while moving a 2800 Lb. (1270Kg) robot over a distance of near 30'.
